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RO Antiscalant

Selecting an effective solution

There are different kinds of RO Antiscalants produced by Genesys International in the UK, Selecting the proper model of RO Antiscalant is critical to providing optimum operating conditions for both sea and brackish water Reverse Osmosis Plants. By selecting the perfect model of RO Plant that product application will help to ensure the plant runs as efficiently as possible. Proper Model of Genesys RO Antiscalant also reduces operational expenditure, through energy savings, reduced cleaning frequency and extending the life of the membrane.

RO Antiscalant: Model & Application

  • Genesys BS – BWRO high Barium sulphate
  • Genesys CAS – BWRO high Calcium sulphate
  • Genesys LF – Broad Spectrum BW & SWRO, metal ion sequestrant, desalination sys.
  • Genesys MP – Large municipal BWRO Broad spectrum
  • Genesys MG – Elevated pH 2nd pass boron rejection Magnesium hydroxide specific
  • Genesys PHO – High Calcium phosphate, WWRO
  • Genesys RC – Small BWRO & reject recycle systems
  • Genesys SI – BWRO high silica
  • Genesys WB – Small mains fed systems, with dechlorinator
  • Genesys LS – Brackish/Sea water low metals
  • Genesys SW – Seawater antiscalant and dispersant, phosphorous free

Brand

  • Genesys

For optimum performance, Genesys LS RO Antiscalant is recommended for continuous dosing into the feed water upstream of cartridge filters. The standard dosage typically ranges between 2–4 mg/L, depending on feed water quality and system operating conditions.

In seawater RO applications, especially where iron is present, brine is recycled, or acid dosing is not used for pH reduction, Genesys LF can be applied effectively at lower dose rates of 0.5–1.0 mg/L.

To comply with NSF drinking water standards, the dosage of Genesys LF in potable water systems must be maintained below 5 mg/L. The most accurate and cost-effective dosing rate can be calculated using Genesys Membrane Master® software, which considers system design and water chemistry.

Genesys LF is fully soluble in water and can be diluted in any proportion, allowing easy preparation and flexible application across a wide range of water treatment systems.

Feed water source Genesys product Application Additional information Datasheets
Sea water Genesys LF Large systems, first and second pass, partial recycling Potable use - NSF/UKDWI, iron sequesterant and dispersant
Sea water Genesys LS Small/medium Potable use - NSF/UKDWI
Sea water Genesys SW Phosphorous free
Sea water Genesys CAS High sulphate Modified sea water
Sea water Genesys MG Second pass, high pH, high recovery Brackish water portion of boron rejection sea water plant
Brackish water Genesys LF Broad spectrum, stressed water Potable use - NSF/UKDWI
Brackish water Genesys CAS High calcium sulphate
Brackish water Genesys SI High silica feed Volcanic areas, eg Canaries, Chile and Japan
Brackish water Genesys PHO High phosphate Waste water reuse, agricultural leachate
Brackish water Genesys RC Systems incorporating concentrate recycle Small systems
Brackish water Genesys WB Mains feed water Contains dechlorinator to prevent membrane oxidation
Brackish water Genesys MP Broad spectrum, large municipal plant Potable use - NSF approved
What is Genesys RO Antiscalant?

Ans:Genesys RO Antiscalant is a specialized chemical treatment designed for reverse osmosis (RO) systems. RO systems are used to remove impurities and contaminants from water, and they are commonly used in industrial and commercial settings.

How does Genesys RO Antiscalant work?

Ans:Genesys RO Antiscalant works by inhibiting the formation of scale and other types of buildup that can occur in RO systems. It does this by interfering with the chemical reactions that cause scaling, preventing the buildup of minerals and other contaminants on the membrane surface. Additionally, Genesys RO Antiscalant can help to disperse existing buildup, preventing it from accumulating and causing problems in your system.

How does antiscalant work in RO plant?

Ans:Antiscalant is a specialized chemical treatment that is used in reverse osmosis (RO) plants to prevent scaling and fouling on the membrane surface. RO systems are designed to remove impurities and contaminants from water, but scaling and fouling can occur over time due to the buildup of minerals and other contaminants.

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